#immunecheckpointblockade — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #immunecheckpointblockade, aggregated by home.social.
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" Instead, #Hepatoblastoma #tumors contain a large suppressive #myeloid compartment which poses opportunities for targeting. Specifically, therapeutic antibodies
targeting the #tumor antigen #GPC3 to induce ADCP by #macrophages, in combination with myeloid
#ImmuneCheckpointBlockade (#CD47/SIRPa, or VISTA) could be a feasible strategy to explore in future studies"Krijgsman et al. from Vercoulen lab in the #UMCUtrecht, on #bioRXiv:
https://www.biorxiv.org/content/10.1101/2023.06.28.546852v1 -
" Instead, #Hepatoblastoma #tumors contain a large suppressive #myeloid compartment which poses opportunities for targeting. Specifically, therapeutic antibodies
targeting the #tumor antigen #GPC3 to induce ADCP by #macrophages, in combination with myeloid
#ImmuneCheckpointBlockade (#CD47/SIRPa, or VISTA) could be a feasible strategy to explore in future studies"Krijgsman et al. from Vercoulen lab in the #UMCUtrecht, on #bioRXiv:
https://www.biorxiv.org/content/10.1101/2023.06.28.546852v1 -
" Instead, #Hepatoblastoma #tumors contain a large suppressive #myeloid compartment which poses opportunities for targeting. Specifically, therapeutic antibodies
targeting the #tumor antigen #GPC3 to induce ADCP by #macrophages, in combination with myeloid
#ImmuneCheckpointBlockade (#CD47/SIRPa, or VISTA) could be a feasible strategy to explore in future studies"Krijgsman et al. from Vercoulen lab in the #UMCUtrecht, on #bioRXiv:
https://www.biorxiv.org/content/10.1101/2023.06.28.546852v1 -
" Instead, #Hepatoblastoma #tumors contain a large suppressive #myeloid compartment which poses opportunities for targeting. Specifically, therapeutic antibodies
targeting the #tumor antigen #GPC3 to induce ADCP by #macrophages, in combination with myeloid
#ImmuneCheckpointBlockade (#CD47/SIRPa, or VISTA) could be a feasible strategy to explore in future studies"Krijgsman et al. from Vercoulen lab in the #UMCUtrecht, on #bioRXiv:
https://www.biorxiv.org/content/10.1101/2023.06.28.546852v1 -
Check out some #CoolScienceImages from a Nature Communications study on #fluorescencefriday. Nikolos et al. showed that an iDAMP blockade approach synergizes with #chemotherapy and sensitizes #bladdercancer to #immunotherapy in #preclinicalmodels.
https://www.nature.com/articles/s41467-022-29026-9
Music: Baby Don’t Hurt Me by David Guerra, Anne-Marie, & Coi Leray
#CancerMoonshot
#CancerMoonshotSeminar
#CMSSChan
#cancerresearch
#ImmuneCheckpointBlockade -
Check out some #CoolScienceImages from a Nature Communications study on #fluorescencefriday. Nikolos et al. showed that an iDAMP blockade approach synergizes with #chemotherapy and sensitizes #bladdercancer to #immunotherapy in #preclinicalmodels.
https://www.nature.com/articles/s41467-022-29026-9
Music: Baby Don’t Hurt Me by David Guerra, Anne-Marie, & Coi Leray
#CancerMoonshot
#CancerMoonshotSeminar
#CMSSChan
#cancerresearch
#ImmuneCheckpointBlockade -
Check out some #CoolScienceImages from a Nature Communications study on #fluorescencefriday. Nikolos et al. showed that an iDAMP blockade approach synergizes with #chemotherapy and sensitizes #bladdercancer to #immunotherapy in #preclinicalmodels.
https://www.nature.com/articles/s41467-022-29026-9
Music: Baby Don’t Hurt Me by David Guerra, Anne-Marie, & Coi Leray
#CancerMoonshot
#CancerMoonshotSeminar
#CMSSChan
#cancerresearch
#ImmuneCheckpointBlockade -
Check out some #CoolScienceImages from a Nature Communications study on #fluorescencefriday. Nikolos et al. showed that an iDAMP blockade approach synergizes with #chemotherapy and sensitizes #bladdercancer to #immunotherapy in #preclinicalmodels.
https://www.nature.com/articles/s41467-022-29026-9
Music: Baby Don’t Hurt Me by David Guerra, Anne-Marie, & Coi Leray
#CancerMoonshot
#CancerMoonshotSeminar
#CMSSChan
#cancerresearch
#ImmuneCheckpointBlockade